Context
Processing of MRI images requires characteristic set of control elements, which can be implemented in the form of widgets, i.e. software applications of generic type comprising portable code intended for one or more different software platforms. The collection of Web Widgets (Toolkit) can be specific to a certain windowing system or contain back-ends to interface with more multiple ones and also with rendering APIs such as OpenGL or HTML 5 Canvas. The look and feel of the graphical control elements can be hard-coded or decoupled, allowing the graphical control elements to be themed/skinned.
Widgets:
– Ready-for-use, and easy to embed MRI 3D viewer widget providing
*an adjustable set of optional viewports for 3 orientations (sagittal, coronal and axial)
*basic interactions with use of mouse, ie. zoom, pan, roll, rotate, change of slice.
– Widget for Annotation Interoperability – widget which allows to:
* select and describe ROI in the scene,
* allow the ROIs (segmentations) to be “draggable”, so they can be moved from one viewport to another,
* display ROIs description in a way they can be presented in tabular form with CRUD operations.
Requirements
– HTML 5
– CSS
– Javascript
– VTK.js
– Image processing
A plus
– Cornerstone/Papaya/Glance/OHIF
Contact:
- Charles Guttmann, guttmann@bwh.harvard.edu
- Alfredo Morales Pinzon, amoraleszpinon@bwh.harvard.edu
- Andrzej Marciniak, amarciniak@bwh.harvard.edu
References:
– CTK – The Common Toolkit, http://commontk.org/index.php/Documentation/ImageGallery
– Visualize Your Data With vtk.js, https://kitware.github.io/vtk-js/index.html
– Cornerstone Project, https://github.com/cornerstonejs
- Opportunities
- Association of associative, limbic and sensorimotor subcortical structures with fatigue in multiple sclerosis
- Axon-based Parcellation of the Corpus Callosum in Subjects with Multiple Sclerosis
- Context-based morphometry in MRI imaging
- Development of Web Widgets Toolkit for MRI imaging tools
- Development of a New Method to Measure Glymphatic System Dynamics
- Discrimination of fatigue and depression networks in patients with multiple sclerosis
- Front- and Back-end Development for SPINE
- Implementation of manual and smart semi-automatic brain lesion segmentation tools in SPINE
- Multimodal MRI Approach to Investigate the Development of Brain Damage in Age-related Small Vessel Disease